pivotal axis मीनिंग इन हिंदी

उदाहरण वाक्य

1. It also rotates around its pivotal axis, with its center of mass orbiting the pivotal axis; this rotation is a precession.
2. It also rotates around its pivotal axis, with its center of mass orbiting the pivotal axis; this rotation is a precession.
3. The posterior incudal ligament plays an important role in the vibration of the middle ear bones : together with the anterior ligament of the malleus, it forms a pivotal axis around which the ossicles rotate.
4. "Over-arcing " in this definition's context relates to one of two variables, dictated by which of two halves the rocker arm's pivotal axis resides in relation to the ensuing motion.
5. The "'inner gimbal "'is mounted in the gyroscope frame ( outer gimbal ) so as to pivot about an axis in its own plane that is always perpendicular to the pivotal axis of the gyroscope frame ( outer gimbal ).
6. The National Archives / National Gallery of Art Sculpture Garden across the Mall, and the National Portrait Gallery / Smithsonian American Art building several blocks to the north, also mark this pivotal axis, a key element of both the 1791 city plan by Pierre L Enfant and the 1901 MacMillan Plan.
7. In the strict definition, over-arcing pertains to the pivotal axis residing too low with regard to its starting point of motion, in providing a 90 degree relationship at exactly the mid-lift point of motion; whereby 90 degrees is reached ( if ever ) at some point AFTER the exact half way point of motion ( mid-lift ) occurs.
8. In the opposite example to this definition, the rocker arm's pivotal axis sits too high with regard to the starting point ( valve tip ) of motion, thus effecting a sweep of its radial path that dominates beneath itself, whereby the 90 degree relationship of the linear component's axis ( valve and push-rod, respectively ) to the tangent points to the rocker arm's pivotal axis is acquired BEFORE the mid-lift point of movement is attained.
9. In the opposite example to this definition, the rocker arm's pivotal axis sits too high with regard to the starting point ( valve tip ) of motion, thus effecting a sweep of its radial path that dominates beneath itself, whereby the 90 degree relationship of the linear component's axis ( valve and push-rod, respectively ) to the tangent points to the rocker arm's pivotal axis is acquired BEFORE the mid-lift point of movement is attained.
10. As declared in the MID-LIFT Patent, establishing this pivotal axis for the rocker arm in reference to both the valve tip height and push-rod tip in such a way, for a predetermined length of motion on each, so that a 90 degree relationship of these tangent axis is reached with their respective linear components, exactly when an equal, " half " stroke of motion ( mid-lift ) has been obtained, will in effect establish the ultimate minimum radial motion on both ends of the rocker arm.